Cellomatics Biosciences
Cellomatics Biosciences
Cellomatics Biosciences

Cell Based Assays

Cellomatics offer a range of cell based assays that can be applied to a wide variety of projects. Cell based assays, using either human or animal tissues, can be effectively applied to interrogate the biological activity, toxicity or mechanism of action of a test molecule. The cell based assays that we offer are listed below.

For more information on how Cellomatics Biosciences can assist with your cell based assays, please contact us or request a consultation.

 

Target Validation

Toxicity Profiling

Mechanistic Assays

Request a consultation with Cellomatics Biosciences today

Our experienced team of in vitro laboratory scientists will work with you to understand your cell based assay development needs and provide a bespoke project plan with a professional, flexible service and a fast turnaround time.

To request a consultation to discuss your exact cell based assay requirements, please contact Cellomatics Biosciences.

FAQ's

What role do cellular assays play in early drug development?

They allow researchers to study how compounds affect living systems, including changes in signalling, growth, and function. 

How do cell-based assays improve compound selection?

They provide biologically relevant data on efficacy and potential toxicity, helping prioritise the most promising candidates. 

Why are in vitro cell-based assays used before animal studies?

They offer controlled, reproducible conditions and enable rapid screening, supporting Cellomatics’ ethos of moving away from animal studies by prioritising human-relevant in vitro systems that reduce reliance on in vivo models. 

What makes cellular assays suitable for pathway analysis?

They capture multiple interconnected biological signals, enabling detailed study of complex pathways, which the Cellomatics team supports through a range of complementary approaches including functional, molecular, and high-content assay platforms. 

How do cell-based assays support target validation?

They confirm whether modulating a target produces a measurable biological effect, strengthening confidence in its relevance. 

What advantages do in vitro assays offer?

They provide precise control over experimental conditions and high reproducibility. Cellomatics enhances these assays with high-content imaging and multiplex analysis.Â